Federico Svarc | Chemistry | Best Researcher Award

Dr. Federico Svarc | Chemistry | Best Researcher Award

Consultant | University of Buenos Aires | Argentina

Dr. Federico Svarc is a senior scientist specializing in physical chemistry, photochemistry, cosmetic chemistry, and nanocosmetics. With over four decades of professional experience, he has contributed significantly to research, product development, and innovation in the cosmetics industry. He began his career in the Research and Development Department at Compañía Química S.A., later holding multiple leadership roles at L’Oréal Argentina, Beiersdorf (Nivea), and other prominent companies. Dr. Svarc has expertise in sun protection, UVA filter development, nanocarriers for skin care, and cosmetic formulation science. His career combines industrial leadership with academic engagement, most recently as Coordinator of Scientific and Technological Relations at the Universidad de Buenos Aires. He has published influential research on sunscreen efficacy, photostability, and cosmetic delivery systems. His work bridges scientific rigor with practical applications in skin protection and cosmetic innovation, earning recognition as a thought leader in cosmetic science and formulation technology.

Professional Profile

Orcid

Scholar

Education

Dr. Federico Svarc earned his Ph.D. in Physical Chemistry from the Universidad de Buenos Aires, Argentina. His doctoral studies focused on the fundamental principles of physical chemistry, photochemistry, and their applications in cosmetic science, providing a strong theoretical and experimental foundation for his later work in the cosmetics and skincare industries. Throughout his academic journey, Dr. Svarc developed a keen interest in the interaction between light and matter, specifically in photoprotection and UVA filter mechanisms. His training integrated advanced research methodologies, analytical chemistry, and formulation science, equipping him with the skills to innovate in both laboratory and industrial environments. His education also fostered an interdisciplinary approach, blending chemistry, materials science, and dermatological applications. This academic background has been instrumental in shaping his professional path, enabling him to lead both corporate R&D teams and academic research projects with a focus on improving cosmetic formulations and sun protection technologies.

Experience

Dr. Federico Svarc’s career spans over across research, development, manufacturing, and executive leadership in the cosmetics and chemical industries. He began at Compañía Química S.A. in R&D before joining L’Oréal Argentina, where he progressed from Head of Manufacturing to Manager of Industrial Chemistry, Industrial Logistics, and Interim Industrial Director for Latin America. At Beiersdorf S.A. (Nivea), he served as Materials Manager, Technical Director, and Director of Regulatory Affairs. His expertise later extended to consultancy, general management, and operations leadership in companies such as Flamaquímica and Fabriquímica. Since, he has been with the Universidad de Buenos Aires as Coordinator of Scientific and Technological Relations. His work includes advancing sunscreen technology, nanocosmetic formulations, and controlled delivery systems. Across industry and academia, Dr. Svarc has successfully merged scientific innovation with practical application, influencing both global cosmetic product standards and consumer safety through research and leadership.

Research Focus

Dr. Federico Svarc’s research focuses on the intersection of physical chemistry, photochemistry, cosmetic chemistry, and nanotechnology. His primary interest lies in the design, evaluation, and improvement of sunscreen formulations, particularly UVA filters, photostability, and sun protection factor (SPF) assessment methods. He has contributed significantly to understanding the mechanisms of phototoxicity and enhancing the safety and efficacy of cosmetic UV filters. Additionally, his work extends to nanocosmetics and controlled delivery systems, developing transdermal and bioactive nanocarriers for skincare applications. By combining molecular-level chemical analysis with formulation engineering, Dr. Svarc aims to improve consumer protection and product performance. He also advocates for the democratization and refinement of ISO testing standards to make sun protection technologies more accessible and reliable worldwide. His interdisciplinary approach bridges academic research with industrial applications, ensuring scientific innovations are effectively translated into high-quality, safe, and effective cosmetic products for the global market.

Awards and Honors

Dr. Federico Svarc’s career achievements have earned him recognition as a leading figure in cosmetic chemistry and photoprotection research. While specific awards are not explicitly listed in the provided record, his sustained leadership roles at prestigious organizations such as L’Oréal and Beiersdorf, along with his consultancy for the cosmetics sector, reflect industry acknowledgment of his expertise. His appointment as Coordinator of Scientific and Technological Relations at the Universidad de Buenos Aires signifies academic recognition for his contributions to science and technology transfer. His publications in high-impact journals and book chapters with renowned publishers like Elsevier demonstrate his standing as a respected researcher. His work on sunscreen efficacy, photostability, and innovative delivery systems has shaped international discussions on cosmetic formulation standards, contributing to ISO guidelines and global best practices. Such achievements collectively highlight the professional esteem in which he is held by both the scientific community and the cosmetics industry.

Publication Top Notes

Conclusion

Federico Svarc is a qualified and accomplished researcher, with a strong academic background, research experience, and industry expertise. His research areas are relevant and important in the field of chemistry, and his publication record demonstrates his potential for making significant contributions to his field. With continued research and publication efforts, Federico Svarc has the potential to make a meaningful impact in his field and is a strong candidate for the Best Researcher Award.

SEVIL AKCAGLAR | organic chemicals | Best Researcher Award

Assoc Prof Dr. SEVIL AKCAGLAR | organic chemicals | Best Researcher Award

Assoc Prof Dr at Dokuz Eylül University, Turkey

Assoc Prof Dr. SEVIL AKCAGLAR an accomplished Assistant Professor at Dokuz Eylul University in Turkey, has dedicated over three decades to academia in the field of Nuclear Engineering. With a passion for teaching and research, Assoc Prof Dr. SEVIL AKCAGLAR has influenced countless students in engineering disciplines. His extensive educational background and expertise make him a prominent figure in nuclear sciences.

Publication Profile

Education🎓

Doctorate: Ege University, Nuclear Sciences, Turkey (1992 – 2000) Postgraduate: Ege University, Physics (Thesis), Turkey (1988 – 1991) Undergraduate: Selcuk University, Physics Engineering, Turkey (1981 – 1988)

Experience🏫

Assistant Professor: Dokuz Eylul University, Department of Mechanical Engineering (1989 – Present) Courses Taught: Physics I, Undergraduate (2014 – Present)  With extensive teaching experience, Assoc Prof Dr. SEVIL AKCAGLAR  has played a crucial role in shaping the future of engineering education in Turkey.

Awards and Honors🏅 

Assoc Prof Dr. SEVIL AKCAGLAR has received numerous accolades for his contributions to nuclear physics and education. 🏆 His dedication to excellence has earned him recognition within academic circles and the engineering community. 🌟

Research Focus🔬 

Assoc Prof Dr. SEVIL AKCAGLAR  specializes in nuclear physics, focusing on neutron and gamma emission studies, and mass absorption coefficients in coal analysis. 📊 His research integrates Monte Carlo techniques, enhancing understanding in nuclear sciences and engineering applications.

Conclusion

The candidate is well-qualified for the Best Researcher Award due to their strong academic foundation, teaching experience, and commitment to the field of nuclear physics. However, to strengthen their candidacy, they should focus on increasing their publication record, seeking interdisciplinary collaborations, securing research funding, and expanding their professional network. With these improvements, the candidate can further solidify their position as a leading researcher in their field.

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Publication  Top Notes

  • Adsorption of a Paper Industry Dye (Malachite Green) Using MnO₂-GO Nanocomposite
    Published in: Fresenius Environmental Bulletin (2022)
    WOS UID: WOS:000862761500055
    Summary: This study explores the effectiveness of MnO₂-GO nanocomposite for removing Malachite Green dye from wastewater, highlighting its potential for treating effluents from the paper industry.
  • Preparation of MoO₃/MoS₂-E Composite for Enhanced Photoelectrocatalytic Removal of Antimony from Petrochemical Wastewaters
    Published in: Turkish Journal of Chemistry (2022)
    DOI: 10.55730/1300-0527.3450
    WOS UID: WOS:000876350600008
    Summary: This article presents the development of a MoO₃/MoS₂-E composite aimed at improving the photoelectrocatalytic process for the effective removal of antimony from wastewater generated by the petrochemical industry.
  • Removal of Co(II) and Se(VI) from Raw Metal and Glass Industry Wastewaters Using Nano-SiO₂/ZrO₂-Calcium Alginate Aerogels
    Published in: Sigma Journal of Engineering and Natural Sciences (2018)
    WOS UID: WOS:000432662200006
    Summary: The research investigates the application of nano-SiO₂/ZrO₂-calcium alginate aerogels in treating wastewaters from the metal and glass industries, focusing on the removal efficiency of cobalt and selenium.
  • Development of a Portable Survey Meter System for the Studies of Uranium Discovery
    Published in: Journal of Radioanalytical and Nuclear Chemistry (2013)
    DOI: 10.1007/S10967-012-1962-0
    WOS UID: WOS:000312784200055
    Summary: This paper describes the creation of a portable survey meter designed for uranium exploration, detailing its functionality and relevance in nuclear chemistry research.